Skyros PowerVN8-HD Installation guide

Brand: Skyros

Model: PowerVN8-HD

Type: Installation guide

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SKYROS Corporation VideoNet Web Server 2.1 Руководство пользователя

РУКОВОДСТВО ПОЛЬЗОВАТЕЛЯ

Installation manual

SKYROS Corporation VideoNet 9.1

This document is for information purposes only.

SKYROS Corporation offers no extra warranties concerning the information

provided herein.

VideoNet®, TinyVN4, PowerVN4, TitanVN8, PowerVN8, TitanVN16, DVPack™

and the documentation related to them are protected by Copyright of SKYROS

Windows is a registered trademark of Microsoft Corporation (of the USA or

other countries).

HASP is a registered trademark of Aladdin Knowledge Systems Ltd. Conexant,

Fusion 878A, and CX23880 are the trademarks of Conexant Systems, Inc.

Intel and Pentium are registered trademarks and MMX is a trademark of Intel

Corporation.

Any other trademarks, brands, and product names used in this document are

the trademarks of their respective owners.

VideoNet 9.1

January 2017

SKYROS Corporation

Telephone: +7-800-505-01-00

+7-812-448-10-00

+7-812-448-10-10

Fax: +7-812-448-10-12

Web: [email protected]

www.videonet9.com

SKYROS Corporation VideoNet 9.1

Installation manual

CONTENTS

1. TECHNICAL REQUIREMENTS TO THE SYSTEM ........................................... 3

2. ACTIONS SEQUENCE DURING VIDEONET INSTALLATION .........................4

3. HARDWARE INSTALLATION ...........................................................................4

3.1. Video/audio blasters types ...........................................................................5

3.1.1. PowerVN4 Pro2 video/audio capture card .........................................8

3.1.2. PowerVN4 Pro3 video/audio capture card .......................................16

3.1.3. PowerVN4 Pro4 video/audio capture card .......................................18

3.1.4. PowerVN4-AHDM video/audio capture card ................................... 20

3.1.5. PowerVN8 / PowerVN8 LP video/audio capture card .....................22

3.1.6. PowerVN8-AHDM video/audio capture card .................................... 25

3.1.7. PowerVN8-HD video/audio capture card .........................................27

3.1.8. TitanVN8 video/audio capture card ..................................................29

3.1.9. TitanVN8 Pro video/audio capture card ...........................................31

3.1.10. TitanVN16 / TitanVN16 Rev. 1.4 video/audio capture card ............33

3.1.11. TinyVN4 Pro2 video/audio capture card .........................................36

3.1.12. TinyVN4 Pro3 video/audio capture card .........................................37

3.1.13. Additional panels ............................................................................39

3.1.13.1. Additional video inputs MB-BNC4 panel ..........................39

3.1.13.2. Additional video inputs MB-BNC4 AGC panel ................. 40

3.1.13.3. Additional audio inputs MB-RCA4 panel .......................... 41

3.1.13.4. Additional video/audio inputs MB-DB25 panel ................. 41

3.1.13.5. Additional video/audio inputs MB-DB25 AGC panel ........ 43

3.1.13.6. MB-RIO 4/16 unit of relay outputs and insulated inputs ...44

3.1.13.7. MB-RIO 4/16 - USB rev.3.1 card of relay outputs and

insulated inputs ................................................................47

4. SOFTWARE INSTALLATION ..........................................................................50

4.1. Initial software installation ..........................................................................50

4.1.1. VideoNet Autostart Service ..............................................................60

4.2. Archive Conguration Parameters .............................................................61

4.3. Windows User Rights .................................................................................64

4.4. Interaction of the VideoNet 9.1 with the older VideoNet systems ..............64

4.5. Security of the VideoNet system ................................................................65

4.6. Software Removal ......................................................................................65

5. CONNECTING EXECUTIVE DEVICES ...........................................................67

5.1. Connecting Panasonic WV CS850, Panasonic WV CS600 cameras ....... 68

5.2. Connecting LiLin PIH7000/7600 dome cameras ......................................68

5.3. Connecting Fastrax dome cameras ..........................................................69

5.4. Connecting Pelco DD5 dome cameras ..................................................... 69

5.5. Connecting Samsung SCC-643 dome cameras .......................................70

5.6. Connecting KT&C cameras by the example of KPC- 202CZH ..................71

5.7. Connecting HITACHI D-7722 dome cameras ...........................................71

5.8. Connecting JVC TK-C676 dome cameras ................................................72

5.9. Connecting Galact dome cameras ............................................................72

5.10. Connecting GANZ ZC-S122/123 dome cameras ....................................73

5.11. Connecting CNB cameras ....................................................................... 73

5.12. Connecting Panasonic WV-CU650 system controller .............................. 74

Installation manual

SKYROS Corporation VideoNet 9.1

1. TECHNICAL REQUIREMENTS TO THE SYSTEM

Hardware and software requirements for the computer on which the VideoNet

system will be installed are as follows:

Attention! Antivirus software that automatically scans les on the computer can

signicantly reduce the system’s recording and playback performance. In case

of using such software, it is recommended to (depending on available settings):

• disable the check of volume les (.vnsd);

• disable the check of all les, leaving only the check of program les;

• disable the check of the disks on which volume les are located;

• disable automatic check for all disks.

CPU Minimum: Intel Core i3 530 processor

Recommended CPU parameters depend on the required number of

connected cameras.

RAM Minimum: 2 GB for 32-bit OS and 4 GB for 64-bit OS

For 64-bit operating system is recommended: 8 GB for systems with up to

16 cameras, 16 GB for systems with up from 16 cameras to 32 cameras,

32 GB for systems with over 48 cameras

Attention! When you use video capture cards, the PAE mode must be disabled.

Attention! Pre-recording requires additional RAM size (see Section 3.2.2.5 of the

User guide).

Operating

system (32 bit)

Windows 7 SP1 (Professional, Ultimate, Enterprise), Windows 8 (Core,

Pro, Enterprise), Windows 8.1 (Core, Pro, Enterprise), Windows 10 (Home,

Pro, Enterprise)

Operating

system (64 bit)

Windows Server 2008 R2 SP1, Windows Server 2012, Windows Server

2012 R2, Windows Server 2016, Windows 7 SP1 (Professional, Ultimate,

Enterprise), Windows 8 (Core, Pro, Enterprise), Windows 8.1 (Core, Pro,

Enterprise), Windows 10 (Home, Pro, Enterprise)

Note: Only PowerVN4/8-AHDM, PowerVN8, PowerVN8-HD, TitanVN16 capture cards

and cards with Cx2388x chip are supported.

Graphics card Minimum: OS-determined (128 MB, DirectX 9 support)

Note: To select the graphics card chipset manufacturer, it is recommended to use the

list of tested equipment (Support).

Display Minimum: 1280х1024

File system NTFS; it is recommended to use a 64 KB cluster size for formatting the

disks on which video archive volume les are placed.

Attention! Other le systems are not supported.

Note: It is recommended to disable the system recovery feature on logical disks on

which video archive volume les are placed.

Note: It is recommended to install Battery BackUp Unit, if you use RAID controllers.

Database

Management

Systems Used

Microsoft SQL Server 2008

Microsoft SQL Server 2008 R2

Microsoft SQL Server 2012

Microsoft SQL Server 2014

Microsoft SQL Server 2016

Attention! Starting resource-intensive applications on the same computer may

adversely affect the VideoNet system’s performance. It is not recommended

to install third-party applications, other than those which are part of Windows,

on this computer.

SKYROS Corporation VideoNet 9.1

Installation manual

2. ACTIONS SEQUENCE DURING VIDEONET INSTALLATION

To install VideoNet system it is necessary to perform the following actions:

1. Switch off your computer.

2. Install inyVN4, TinyVN4 Pro, TinyVN4 Pro2, TinyVN4 Pro3, PowerVN4,

PowerVN4 Pro, PowerVN4 Pro2, PowerVN4 Pro3, PowerVN4 Pro4,

PowerVN4/8-AHDM, PowerVN8, PowerVN8-HD, TitanVN8, TitanVN8 Pro

or TitanVN16 video capture cards (refer to 3.1 section). Install if necessary

additional video/audio inputs panels or additional panels for working with relay

outputs and alarm sensors (refer to 3.1.12 section). Connect also necessary

executive devices (dome cameras, refer to chapter 5).

3. Switch on your computer.

4. Launch VideoNet Installation wizard (refer to chapter 4).

5. Put HASP key into USB port of your computer only at the request of VideoNet

Installation wizard.

6. Restart your computer after completing the installation process.

3. HARDWARE INSTALLATION

Computer, to which CCTV cameras and microphones will be connected, must have

one or more video blasters of Tiny, Power or Titan family installed. Third-party

manufactured video blasters on Conexant Fusion Bt878, Bt878A, Bt879 chips

To improve the VideoNet system’s performance, it is recommended to install

Microsoft DirectX Version 9.0c or later on the computer. You can nd the

DirectX setup program on Microsoft’s website.

Attention! The work of audio/video capture cards with Bt chips on the last

generations motherboards is not guaranteed.

If you want to add capture cards to the VideoNet system conguration and

you are using Windows 7 SP1 or Windows Server 2008 R2 SP1, the update

KB3033929 must be installed on your computer. You can nd the update on the

installation disk or on Microsoft’s website (https://technet.microsoft.com/en-us/

library/security/3033929.aspx).

Attention! It is not recommended to use Punto Switcher when you work with

VideoNet.

Attention! When working with VideoNet system, it is recommended to use a

64-bit operating system.

To learn more about the hardware requirements for your VideoNet surveillance

solutions, you can use a calculator on the website http://www.videonet.ru.

Attention! The integration of FSA controllers into VideoNet 9.1 system is carried

out only on the computers running the Windows 7 SP1 operating system in

accordance with the NVP “Bolid” requirements. You can nd the requirements on

the NVP “Bolid” website (http://bolid.ru/production/orion/po-orion/po-integration/

modul_upr_s2000.html#characteristics).

Installation manual

SKYROS Corporation VideoNet 9.1

3.1. Video/audio blasters types

Table 1. Video/audio blasters types.

Power Titan Tiny

cards with Bt8xx chip VN4

VN4 Pro VN8 VN4

VN4 Pro

cards with Cx23880

chip

VN4 Pro2

VN4 Pro3

VN4 Pro4

VN8 Pro VN4 Pro2

VN4 Pro3

cards with DSP TMS VN8 VN16

cards with NVP6114

chip VN4/8-AHDM

cards with RN6318A/

RN6598 chip VN8-HD

Parameters Tiny family Titan family

VN4 VN4 Pro VN4 Pro2 VN4 Pro3 VN8 VN8 Pro VN16

Chip Bt8xx Bt8xx Cx23880 Cx23880 Bt8xx Cx23880 TMS

Number of chips 1 1 1 1 8 8 4(16)***

Motherboard slot PCI

32/33

PCI

32/33

PCI

32/33

PCI

32/33

PCI

64/66 PCI-E PCI-E

Video inputs in

real-time mode 1 1 1 1 8 8 8 – 16 **

Switchable video

inputs 4 4 4 4 32 32 32

S-Video inputs – – 1 1 – 8 –

Audio inputs 1 1 2 2 8 16 16

Alarm sensors – 16 – 16 32 32 32

Relay outputs – 4 – 4 8 8 8

LEDs – + – + + + –

Watchdog timer – + – + + + +

MB-RIO 4/16

connection – 1 – 1 2 2 2

MB-BNC4

connection – – – – + + –

are also supported. All drivers for mentioned video blasters will be installed during

the installation process. Using third-party manufactured drivers of third-party for

mentioned video blasters is not permitted. Before starting the installation process,

make sure that there are no third-party manufactured drivers. Otherwise, it can cause

incorrect installation, leading to the operation system inoperability.

SKYROS Corporation VideoNet 9.1

Installation manual

Table 3. Parameters of video/audio blasters of Power family.

MB-RCA4

connection + + + + + + +

MB-DB25 (video)

connection – – – – + + +

MB-DB25 (audio)

connection + + + + + + +

Connecting panel

for working with

S-Video

– – + + – + –

Table 2. Parameters of video/audio blasters of Titan and Tiny families.

Parameters

Power family

VN4 Pro2 VN4 Pro3 VN4 Pro4 VN4/8-

AHDM VN8 VN8-HD

Chip Cx23880 Cx23880 Cx23880 NVP6114 TMS RN6318A/

RN6598

Number of chips 4 4 4 1/2 2(8)*** 1

Motherboard slot PCI

64/133 PCI-E PCI

32/66 (*) PCI-E PCI-E PCI-E

Video inputs in real-

time mode 4 4 4 4/8 4 – 8 ** 8

Switchable video

inputs 16 16 16 – 16 –

S-Video inputs 4 4 4 – – –

Audio inputs 8 8 8 4 8 4

Alarm sensors 16 16 16 –/16 16 16

Relay outputs 4 4 4 –/4 4 4

LEDs + + + – – –

Watchdog timer + + + – + –

MB-RIO 4/16

connection + + + –/+ + +

MB-BNC4 connection + + + – – –

MB-RCA4 connection + + + – + –

MB-DB25 (video)

connection + + + – – –

MB-DB25 (audio)

connection + + + – + –

Connecting panel for

working with S-Video + + + – – –

Installation manual

SKYROS Corporation VideoNet 9.1

By installation this card into motherboard slot, supporting 64/66 standard, bus

capability remains 66 MHz.

Number of inputs in real-time mode depends on license. In detail VideoNet license

restrictions are described in the 2.3 section of the User guide.

The number specied is the number of chips and ADCs contained in them. The

number of chips in video capture cards with Bt and Cx chips is equal to the

number of ADCs.

***

Attention! For 32-bit systems, it is recommended to add to the VideoNet

conguration only that amount of video capture cards with Bt chips, that contain

no more than 8 chips in total.

Attention! You can learn about the parameters PowerVN4 and PowerVN4 Pro

cards in the documentation to VideoNet 8.9 Service Pack 1 and earlier systems.

SKYROS Corporation VideoNet 9.1

Installation manual

3.1.1. PowerVN4 Pro2 video/audio capture card

PowerVN4 Pro2 card is a video/audio capture device, intended for digital capture

of audio and video signals, received from cameras and microphones, connected to

it. Also the card is a sensors controller and a relay outputs controller, and thereby

enables to control sensors and relay outputs, connected to its inputs.

Cameras, transmitting composite signal or signal in S-Video format, are to be

connected to video inputs. Microphones are to be connected to audio inputs.

Connecting relays and sensors to corresponding card outputs/inputs is performed

through additional panels MBRio.

The card consists of 4 independent CX23880 devices, intended for digital capture of

audio and video signals. Each device can work independently both in the switchable

mode (12 fps) and in the non-switchable mode (25 fps). Thus, maximum frame ow

for a card is 100 fps.

On the card there are:

• 4 main video inputs for working with composite video signal in the real-time mode;

• 12 additional video inputs for working with composite video signal in the

multiplexing mode (these inputs can be used for working with brightness

component of S-Video signal);

• 4 inputs for working with colour-difference component of S-Video signal;

• 8 inputs for working with audio signal;

• 4 relay outputs and 16 alarm sensors inputs.

PowerVN4 Pro2 card must be installed into the PCI slot of motherboard of your

computer.

The card diagram is shown in the picture 3.1.1:

•main (1) and additional pin connectors for composite video signal (2) and for

S-Video signal (3);

•jumpers for switching on/off 75 Ohm load (4);

•audio inputs (5)

•connectors for sensors and relay outputs (6);

•LEDs pins (7);

•Watchdog timer pins (8).

PowerVN4 Pro2 card supports working both with S-Video signal and with composite

signal.

For composite signal inputs 1-4 are used in the non-switchable mode and inputs

5-16 are used in the switchable mode.

For working with S-Video signal S1-S4 video

inputs are used for the colour-difference

component (S-Video chroma) and appropriate

14, 11, 8, 5 video inputs are used for brightness

component (S-Video luma). When connecting it

is necessary to use an additional video inputs

panel for working with S-Video signal.

Attention! CX23880 chip, working in S-Video

mode, can’t simultaneously work with composite

signal.

For working with audio signal A1–A8 inputs are used.

There are 4 video inputs on each CX23880 device on the PowerVN4 Pro2 card.

Installation manual

SKYROS Corporation VideoNet 9.1

Let’s consider connecting cameras and microphones to PowerVN4 Pro2 video/

audio capture card with specic reference.

A. If you want to connect 4 cameras for working in the real-time mode (25 fps)

1. Connect 4 cameras to the card main inputs (1-4 inputs in picture 3.1.1). During

such connection each of four CX23880 devices will work in the real-time mode

and ow by each camera will be 25 fps.

Use if necessary additional MB-BNC4 and MBDB-25 panels for video signals

connection or additional MB-RCA4 and MBDB-25 panels for audio signals

connection.

Use additional MB-RIO 4/16 units for working with alarm sensors and relay

outputs.

Picture 3.1.1. PowerVN4 Pro2 card connectors location.

Correspondence between inputs numeration on the card and in the VideoNet system

is shown in the table below:

CX2388х device number

Video inputs numeration

4, 5, 6, 7

3, 8, 9, 10

2, 11, 12, 13

1, 14, 15, 16

Audio inputs numeration

1, 2

3, 4

5, 6

7, 8

SKYROS Corporation VideoNet 9.1

Installation manual

2. Add PowerVN4 Pro2 video capture card to VideoNet system conguration;

multiplexing mode must be switched off in the card properties; S-Video mode

must be switched off for each device.

Add 4 cameras to system conguration and connect them in the device tree

(on the Devices page) to 1-4 inputs. In more detail adding, connecting and

conguring device parameters are described in the User guide, 3.1 section.

B. If you want to connect 8 cameras for working in the multiplexing mode

1. Connect 4 cameras to main 1- 4 inputs of PowerVN4 Pro2 card and 4 cameras

to inputs of additional MB-BNC4 video inputs panel. Connect outputs of the

additional panel to inputs 5, 8, 11, 14 on the PowerVN4 Pro2 card. Connections

diagram is shown in the picture 3.1.1-1.

In case of such connection the card will work in the switchable mode with a

ow of 12 fps on each CX23880 device.

It is important to understand that at connecting more than one camera to one

CX23880 device, the device works in the multiplexing mode – frames ow by

each of connected cameras reduces.

Thus, for example, if one device has:

1 camera connected – the ow will be 25 fps (the real-time mode);

2 cameras connected – 6 fps (multiplexing mode);

3 cameras connected – 4 fps (multiplexing mode);

4 cameras connected – 3-4 fps (multiplexing mode).

That’s why when connecting a large number of cameras it is important to

correctly distribute them among four devices.

If in the example above you connect cameras to the following inputs:

4, 5, 6 (device 1),

3, 8 (device 2),

2, 11 (device 3),

1 (device 4),

then by cameras, connected to:

device 1 we will have 4 fps,

device 2 we will have 6 fps,

device 3 we will have 6 fps,

device 4 we will have 25 fps (real time).

2. Add PowerVN4 Pro2 video capture card to VideoNet system conguration;

multiplexing mode must be switched on in the card properties; S-Video mode

must be switched off for each device.

Add 8 cameras to system conguration and connect them in the device tree

(on the Devices page) to 1-4 and 5, 8, 11, 14 inputs of the PowerVN4 Pro2

card. In more detail adding, connecting and conguring device parameters are

described in the User guide, 3.1 section.

C. If you want to connect 4 cameras for working with S-Video signal

1. Connect 4 cameras to inputs of additional panel for working with S-Video signal.

Two outputs correspond to each input of the additional panel: colour-difference

component output and brightness component output – 8 outputs in total.

Connect colour-difference component outputs to S1-S4 inputs on the card

PowerVN4 Pro2; connect brightness component outputs to 5, 8, 11, 14 inputs

(rst camera – S1 and 14 inputs; the second one – S2 and 11; the third one –

Installation manual

SKYROS Corporation VideoNet 9.1

Picture 3.1.1-1. Connecting video signal sources to main and additional inputs of PowerVN4

Pro2 card for working with composite signal in the multiplexing mode.

SKYROS Corporation VideoNet 9.1

Installation manual

S3 and 8; the fourth one – S4 and 5).

It is recommended to connect brightness component to these card input numbers, as this

will enable you to avoid possible difculties at system conguration setup.

Flow by each of connected cameras will be 25 fps – the whole card will work

in the real-time mode.

2. Add PowerVN4 Pro2 video capture card to VideoNet system conguration;

switch on multiplexing mode in the card properties (for additional video inputs to

appear in the device tree) and switch S-Video mode on for each of four devices.

Add 4 cameras to system conguration and connect them in the device tree (on

the Devices page) to 5, 8, 11, 14 inputs of the PowerVN4 Pro2 card. In more

detail adding, connecting and conguring device parameters are described in

the User guide, 3.1 section.

D. If you want to connect 2 cameras for working with S-Video signal and 2

cameras for working with composite signal in the real-time mode

1. Connect 2 cameras to 1-2 inputs of an additional panel for working with S-Video

signal. Connect the additional panel colour-difference component output, which

corresponds to the rst camera, to S1 input of the PowerVN4 Pro2 card; connect

brightness component output to 14 input. Connect colour-difference component

output, which corresponds to the second camera to S2 input of the PowerVN4

Pro2 card; brightness component output – to 11 input.

2. Connect 2 cameras to main 3 and 4 inputs of the PowerVN4 Pro2 card (or to

inputs of the MB-BNC4 additional panel, using for example, 5 and 8 inputs).

At such connection the ow by each from connected cameras will be 25 fps.

Attention! In this example of connection it is prohibited to use 12, 13, 15, 16

inputs of the PowerVN4 Pro2 card for working with composite signal.

3. Add PowerVN4 Pro2 video capture card to VideoNet system conguration;

switch on multiplexing mode in the card properties (for additional video inputs

to appear in the device tree) and switch S-Video mode on for the third and the

fourth devices of the card.

Add 4 cameras to system conguration and connect them in the device tree (on

the Devices page) to 14, 11, 3, 4 inputs of the PowerVN4 Pro2 card. In more

detail adding, connecting and conguring device parameters are described in

the User guide, 3.1 section.

E. If you want to connect 8 microphones to PowerVN4 Pro2

1. Connect 4 microphones to 1-4 inputs of the MB-RCA4 additional panel. Connect

outputs of the additional panel to A1-A4 inputs on the PowerVN4 Pro2 card.

Connect other 4 microphones to 1-4 inputs of the second MB-RCA4 additional

panel. Connect outputs of the additinal panel to A5-A8 inputs on the PowerVN4

Pro2 card. Connection diagram is shown in the picture 3.1.1-2.

2. Add PowerVN4 Pro2 audio capture card to VideoNet system conguration.

Add 8 microphones to system conguration and connect them in the device tree

(on the Devices page) to 1-8 audio inputs of the PowerVN4 Pro2 card. In more

detail adding, connecting and conguring device parameters are described in

the User guide, 3.1 section.

Installation manual

SKYROS Corporation VideoNet 9.1

Picture 3.1.1-2. Connecting audio signal sources to inputs of PowerVN4 Pro2 card for working

with composite signal in the multiplexing mode.

F. If you want to connect 1 sensor and 1 relay to PowerVN4 Pro2 card using

additional MBRio unit.

Let’s consider you want to work with alarm sensors and relays, which control

opening/closing of doors, and are located on windows and doors in your room.

To do that, you should connect sensors and relays to PowerVN4 Pro2 card

using additional MBRio unit and set up VideoNet conguration parameters.

Connection diagram is shown in the picture 3.1.1-3.

1. Connect (1) and (2) pin connectors on PowerVN4 Pro2 and MBRio

correspondingly using at ribbon cable. Attention, for correct device working

you should comply with the following connection rule: one end, which is marked

with red, should be connected to the rst connector pin on the PowerVN4 Pro2

video capture card and the other end should be connected to the rst connector

pin on MBRio. First connector pins are marked with numerals (4) and (5) for

PowerVN4 Pro2 and MBRio correspondingly in the picture 3.1.1-3.

SKYROS Corporation VideoNet 9.1

Installation manual

2. Connect alarm sensor to pin Nr.1 on MBRio panel. MBRio pins numeration is

shown in the diagram 1.

Connect relay to Nr.3 and Nr.8 pins on the MBRio panel. Pins

numeration is shown in the diagram 2.

3. Plug the cards into appropriate computer mother

board slots.

4. Connect power cable to connector (3) on

MBRio panel.

Now you should set up parameters of VideoNet

system conguration.

5. Add PowerVN4 Pro2 video capture card to

VideoNet system conguration.

6. Open the properties page of PowerVN4 Pro2 card. Switch to

Card tab. In connecting devices eld specify what type of MBRio

panel you want to use for working with alarm sensors and relay

outputs: MBRio 4/16. It is MBRio panel in our example (see picture 3.1.1-3).

After that you should begin with parameters setup of alarm sensors and relay

outputs on Sensors and Relay output tabs. It is strongly recommended to use

numeration correspondence tables for sensors pins (table 1) and relays (table

2) on MBRio panel and on PowerVN4 Pro2 card (and in VideoNet system)

for correct setup.

Table 1. Numeration correspondence for sensors pins on MBRio panel and on PowerVN4

Pro2 card.

Diagram 1

Table 2. Numeration correspondence for relays pins on MBRio panel and on PowerVN4

Pro2 card.

7. Add the sensor to the system conguration and connect it to the corresponding

input of the MBRio panel in the device tree. The system will start polling the

sensor.

In the example above, the sensor is physically connected to the connection #1

on the MBRio panel which corresponds to the input #2 on the PowerVN4 Pro2

video capture card (refer to the table 1). So, in conguration the sensor must

be added to the input #2. Open the sensor properties, and on the General tab

set the sensor type to Normally open or to Normally closed. You must also

specify minimum closing/opening time for the sensor in the Reaction time eld.

8. Add relays to relay outputs. On the General tab of the relay properties page,

you can specify the relay name and set the ag «Add the relay management

button to the control panel» that will enable relay management from the

management panel of the Surveillance environment.

Diagram 2

sensor Nr. on

PowerVN4 Pro2 card 1234567891011 12 13 14 15 16 - -

pin Nr. on MBRio

card 191202213224235246257268 918

relay Nr. on

PowerVN4 Pro2 card 1234

pin Nr. on

MBRio card 1 6 2 7 3 8 4 9

Installation manual

SKYROS Corporation VideoNet 9.1

Picture 3.1.1-3. Connecting sensors and relays to inputs of PowerVN4 Pro2 card.

On the picture 3.1.2-3 there are letters:

A. connector for alarm sensors and relay outputs

connection to PowerVN4 Pro2 card

B. connector for alarm sensors and relay outputs

connection to MBRio panel

C. connector for power supply connection

D. rst pin on connector of PowerVN4 Pro2 card

E. rst pin on connector of MBRio panel

F. inputs for alarm sensors connection

G. inputs for relay connection

In the example above the relay is physically connected to contacts #3 and #8

on the MBRio panel which corresponds to the input #3 on the PowerVN4 Pro2

(refer to the table 2). So, in conguration select the Relay 3 in the device tree

and set the ag «Add the relay management button to the control panel».

The detailed description of device connection and conguration can be found

in the User guide, 3.1 section.

SKYROS Corporation VideoNet 9.1

Installation manual

3.1.2. PowerVN4 Pro3 video/audio capture card

PowerVN4 Pro3 card is a video/audio capture device, intended for digital capture

of audio and video signals, received from cameras and microphones, connected to

it. Also the card is a sensors controller and a relay outputs controller, and thereby

enables to control sensors and relay outputs, connected to its inputs.

Cameras, transmitting composite signal or signal in S-Video format, are to be

connected to video inputs. Microphones are to be connected to audio inputs.

Connecting relays and sensors to corresponding card outputs/inputs is performed

through additional panels MBRio.

The card consists of four independent CX23880 devices, intended for digital capture

of audio and video signals. Each device can work independently both in the switchable

mode (12 fps) and in the non-switchable mode (25 fps). Thus, maximum frame ow

for a card is 100 fps.

On the card there are:

• 4 main video inputs for working with composite video signal in the real-time

mode (16 additional video inputs for working with composite video signal in the

multiplexing mode);

• 4 inputs for working with colour-difference component and with brightness

component of S-Video signal;

• 8 inputs for working with audio signal;

• 4 relay outputs and 16 alarm sensors inputs.

PowerVN4 Pro3 card must be installed into the PCI Express x1/x4/x8/x16 slot of

motherboard of your computer.

The card diagram is shown in the picture 3.1.2:

•main (1) and additional pin connectors for composite video signal (2) and for

S-Video signal (3);

•jumpers for switching on/off 75 Ohm load (4);

•audio inputs (5)

•connectors for sensors and relay outputs (6);

•LEDs pins (7);

•Watchdog timer pins (8).

PowerVN4 Pro3 card supports working both with S-Video signal and with composite

signal.

For composite signal inputs 1-4 are used in the non-switchable mode and inputs

1-16 are used in the switchable mode.

For working with S-Video signal S1-S4 video

inputs are used for colour-difference component

(S-Video chroma) and 14, 11, 8, 5 video inputs

are used for brightness component (S-Video

luma). When connecting it is necessary to use

an additional video inputs panel for working

with S-Video signal.

Attention! CX23880 chip, working in S-Video

mode, can’t simultaneously work with composite

signal.

For working with audio signal A1–A8 inputs are used.

There are 4 video inputs on each CX23880 device on the PowerVN4 Pro3 card.

Installation manual

SKYROS Corporation VideoNet 9.1

Picture 3.1.2. PowerVN4 Pro3 card connectors location.

Use if necessary additional MB-BNC4 and MBDB-25 panels for video signals

connection or additional MB-RCA4 and MBDB-25 panels for audio signals

connection.

Use additional MB-RIO 4/16 units for working with alarm sensors and relay

outputs.

Correspondence between inputs numeration on the card and in the VideoNet system

is shown in the table below:

CX2388х device number

Video inputs numeration

4, 5, 6, 7

3, 8, 9, 10

2, 11, 12, 13

1, 14, 15, 16

Audio inputs numeration

1, 2

3, 4

5, 6

7, 8

SKYROS Corporation VideoNet 9.1

Installation manual

3.1.3. PowerVN4 Pro4 video/audio capture card

PowerVN4 Pro4 card is a video/audio capture device, intended for digital capture

of audio and video signals, received from cameras and microphones, connected to

it. Also the card is a sensors controller and a relay outputs controller, and thereby

enables to control sensors and relay outputs, connected to its inputs.

Cameras, transmitting composite signal or signal in S-Video format, are to be

connected to video inputs. Microphones are to be connected to audio inputs.

Connecting relays and sensors to corresponding card outputs/inputs is performed

through additional panels MBRio.

The card consists of four independent CX23880 devices, intended for digital capture

of audio and video signals. Each device can work independently both in the switchable

mode (12 fps) and in the non-switchable mode (25 fps). Thus, maximum frame ow

for a card is 100 fps.

On the card there are:

• 4 main video inputs for working with composite video signal in the real-time mode;

• 12 additional video inputs for working with composite video signal in the

multiplexing mode (these inputs can be used for working with brightness

component of S-Video signal);

• 4 inputs for working with colour-difference component of S-Video signal;

• 8 inputs for working with audio signal;

• 4 relay outputs and 16 alarm sensors inputs.

PowerVN4 Pro4 card must be installed into the PCI slot of motherboard of your

computer.

The card diagram is shown in the picture 3.1.3:

•main (1) and additional pin connectors for composite video signal (2) and for

S-Video signal (3);

•jumpers for switching on/off 75 Ohm load (4);

•audio inputs (5)

•connectors for sensors and relay outputs (6);

•LEDs pins (7);

•Watchdog timer pins (8).

PowerVN4 Pro4 card supports working both with S-Video signal and with composite

signal.

For composite signal inputs 1-4 are used in the non-switchable mode and inputs

5-16 are used in the switchable mode (see picture 3.1.3).

For working with S-Video signal S1-S4 video inputs are used for colour-difference

component (S-Video chroma) and

appropriate 14, 11, 8, 5 video inputs are

used for brightness component (S-Video

luma). When connecting it is necessary

to use an additional video inputs panel

for working with S-Video signal.

Attention! CX23880 chip, working in

S-Video mode, can’t simultaneously work

with composite signal.

For working with audio signal A1–A8

inputs are used.

Installation manual

SKYROS Corporation VideoNet 9.1

Picture 3.1.3. PowerVN4 Pro4 card connectors location.

Use additional MB-RIO 4/16 units for working with alarm sensors and relay

outputs.

There are 4 video inputs on each CX23880 device on the PowerVN4 Pro4 card.

Correspondence between inputs numeration on the card and in the VideoNet system

is shown in the table below:

Use if necessary additional MB-BNC4 and MBDB-25 panels for video signals

connection or additional MB-RCA4 and MBDB-25 panels for audio signals

connection.

CX2388х device number

Video inputs numeration

4, 5, 6, 7

3, 8, 9, 10

2, 11, 12, 13

1, 14, 15, 16

Audio inputs numeration

1, 2

3, 4

5, 6

7, 8

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